Railway Board approves Vande Bharat train manufactured in Punjab for speeds up to 160 kmph

The Railway Board approved the introduction of a 16-car Vande Bharat Chair Car trainset fitted with an Alstom propulsion system. The approval allows operation up to a maximum speed of 160 kmph. It matters because the train cannot simply enter service on any route; the railway must first meet detailed infrastructure, maintenance, and safety conditions.

The train must run on tracks meeting the Indian Railways Permanent Way Manual, 2024. Track geometry must support speeds up to 160 kmph. The railway must also observe every condition in RDSO’s Final Speed Certificate No. MC/TSBD/BT, dated 21 July 2026, including later amendments. Technical clearances from RDSO and the Chief Commissioner of Railway Safety supported the approval.

Zonal railways must seek the General Manager’s sanction before introduction. The Board also ordered corrections and checks involving circuit breakers, equipment ratings, fire extinguishers, locked cubicles, cables, staff training, communication, and passenger safety. Future trainsets will require several upgraded safety features.

A Vande Bharat trainset is a complete passenger-train formation designed to operate as one integrated unit. Unlike a conventional rake hauled by a separate locomotive, a trainset normally carries its traction equipment within the coaches or power cars. The source identifies this formation as a 16-car Vande Bharat Chair Car trainset with Alstom propulsion.

Electrical power is controlled by the propulsion system and supplied to traction motors. Those motors turn the wheels through the train’s drive equipment, producing motion. The article highlights a 270 kW traction-motor rating in this trainset, compared with 210 kW in the Medha-powered version and 225 kW in the Siemens-powered version. The Railway Board asked RDSO and RCF to re-examine some equipment ratings.

The article does not explain the complete power circuit or motor layout. In general, the Alstom system is the train’s electric drive package. Its approval remains tied to track standards, speed certification, maintenance rules, and safety requirements before passenger operation.

The difference between the approved maximum and the stated infrastructure threshold is 50 kmph. The approved train may operate at up to 160 kmph, while the infrastructure requirements mentioned cover speeds above 110 kmph and up to 160 kmph. This gap shows that the higher-speed operation needs a track capable of supporting the full approved limit.

The calculation is simple: 160 minus 110 equals 50 kmph. Compared with 110 kmph, the increase is about 45.5 percent. The Railway Board therefore links operation at the higher speed to prescribed track geometry and other requirements under the Indian Railways Permanent Way Manual, 2024.

The figure is an operating comparison, not a claim that every route will immediately run at 160 kmph. Zonal railways must follow the final speed certificate and obtain the General Manager’s sanction before introducing the 16-car trainset. Track conditions and certificate requirements still govern actual use.

Before operation at up to 160 kmph, the route must meet the prescribed standards in the Indian Railways Permanent Way Manual, 2024. These include track geometry requirements for the maximum speed. The infrastructure must support trains running above 110 kmph and up to 160 kmph. This ensures the approved speed matches the condition of the railway on which the train will run.

The railway must observe all conditions in RDSO’s Final Speed Certificate No. MC/TSBD/BT, dated 21 July 2026, along with the latest amendments, if any. The approval also follows recommendations and technical clearances from RDSO and the Chief Commissioner of Railway Safety. These certificates and clearances provide the formal technical and safety basis for operation.

Zonal railways must comply with those conditions while seeking the General Manager’s sanction to introduce the trainset. The approval is therefore conditional, not automatic. The train can be introduced only after the route, documentation, and required railway approvals align with the stated speed limit.

The approval is conditional on infrastructure, equipment, fire protection, maintenance, and staff-training requirements. If those conditions are not met, the zonal railway cannot properly seek sanction for introduction under the Board’s instructions. The requirements matter because they address both normal operation and emergencies, including fires, passenger alarms, defective doors, deflated springs, and communication failures.

One concrete concern involves single-pole miniature circuit breakers in Electrical Control Cabinets. Earlier Vande Bharat Chair Car versions used double-pole MCBs. The Board said the single-pole arrangement could make faults difficult to trace during a failure or malfunction and ordered correction in the current rake. It also required secure fire extinguishers, locked equipment cubicles, and future fire-survival CCTV cables.

Training gaps could leave staff unprepared for emergency actions, including fire-barrier-door operation and uncoupling the semi-permanent coupler. The article does not prescribe a single penalty for non-compliance. It does show that operation depends on correcting defects, meeting conditions, and ensuring trained staff and reliable safety systems.

RDSO, the Research Designs and Standards Organisation, supplies technical recommendations and the final speed certificate governing operation up to 160 kmph. Its certificate lists conditions that the railway must observe. RDSO is also involved in re-examining equipment ratings, together with the Research Design and Standards Organisation’s partner organisation RCF, as directed by the Board.

The Chief Commissioner of Railway Safety provided technical clearance alongside RDSO recommendations. Zonal railways are responsible for applying the conditions on their routes. They must ensure track, equipment, maintenance, emergency, communication, and passenger-safety requirements are met before introducing the trainset.

The General Manager has the sanctioning role at the introduction stage. The railway must seek that sanction while observing the final speed certificate and its amendments. The Board sets the framework, technical bodies assess and certify, zonal railways implement, and the General Manager authorises introduction on the railway concerned.

An electric train converts electrical power into motion through a traction system. Power is controlled by propulsion equipment and delivered to traction motors. The motors produce rotary force, which the train’s drive equipment transfers to the wheels. In the approved trainset, the traction motor is rated at 270 kW, and the Board asked RDSO and RCF to re-examine equipment ratings.

Higher speeds make the railway system more demanding. Track geometry must remain within prescribed limits so the train can follow the route safely. Braking must reliably control and stop the train, while communication connects the locomotive pilot, train manager, and station master. The article also requires earthing, emergency training, fire protection, and passenger alarms.

These safeguards work together rather than separately. A fast train needs sound infrastructure, correctly rated equipment, trained staff, and clear emergency procedures. The article specifically requires preparation for fires, alarm operations, defective doors, communication failure, and withdrawal from service when necessary.